Dr. Shaltout is one of the most famous leading
intellectuals in the Arab world, and is well known to
the general public through television, radio and daily
newspapers.

Also he is an independent writer on the subjects of
national strategy and projects in the field of scientific
Research, technology development, energy and the environment.

Recently he has suggested a few worldwide projects
for the 21st century in articles written for international
journals.

They include solar hydrogen production from Nasser
lake in Upper Egypt,
the Abu Simbel radio telescope in Upper Egypt, and testing
the Martian exploration instruments in the western desert
of Egypt. On a lightly
different note, his a vocational interests are reading,
history, philosophy,
the arts, classical music and museum.

Mosalam SHALTOUT in Granada - Spain at September 2008 during the International Conference on Cosmology in Cultures CAC 2008. The background is El-Hammra Palace.s

- One complete educational year (from September 1974 to June 1975) for training and data collection at the Central Institute of Solar-Terrestrial Physics, Academy of Sciences, Potsdam, Germany.
Languages :1. Arabic ( Mother
language):very good2. English :good.3. German :fair

THE
ROOTS

In August 787A.D. a young boy (18 years)
named Idriss (he was the son of Abdallah the son of
the second Hassan the son of the first Hassan, the son
of Ali-Abo Taaleb, the fourth Calipha in Islam, and
the husband of Fattama Al-Zahraa, the daughter of the
Prophet Mohammed. This young boy Idriss reached Walili
in El-Magreb, he was escaped from Calipha El-Abassey
in Baghdad-Iraq, because this young boy killed the president
of the police in the holy city Medina (where the grave
of the Prophet Mohammed) in a revolution against El-Abassey
Calipha. The boy married from very beautiful girl named
Kenza, she was the daughter of one of the Barber leaders
in the North of Africa. Idriss, after the death of the
father of his wife, became the King of the Barber in
Walili. He build a strong state named “Idrissian
State”, it was contained all the Magreb (Alger
+ Morocco + Mauritania) and he spread the Islam in these
regions and he built a capital for him, it is Fas, the
large and nice city till now in Morocco. There was a
continuos war between Idrissian people and Calipha in
Baghdad, and Calipha in Cordoba also. The Idrissian
state in 980 A.D. was finished by Beny Omea in Andalusia,
where Beny Omea were the badest people against the Alian
people through the Islam history. But a branch of Idrissian
Family remained in Malela in the north of Morocco. After
34 years, they became strong and named, Beny Hamod.
They built a very strong army from Barber, and return
to the war against Calipha in Cordoba. The prince Ali
Ben Hamod in Sebta in the north of Morocco crossing
the sea in 1014A.D., he occupied Malaga, and in 1015A.D.
he occupied Al Munecar, and in January 1016 A.D., he
is the winner against Calipha in Cordoba, in the final
Battle about 10km from Cordoba. The prince Ali Ben Hamod
occupied Cordoba, and become Calipha of the western
Islamic Empire, and named himself “El-Naser Ldin
Allah”, and controlled Andalusia from Cordoba,
he finished the role of Beny Omea without back in the
Islam history. In March 1018 A.D., Ali Ben Hamod, was
killed, and his brother El-Kassem (Abo Mohammed) became
Calipha. But the son of Ali Ben Hamod named Abd-Al Rahman
returned again in December 1023 A.D to become Calipha
and son on. The role of Beny Hamod was finished in Andalusia
in 1040A.D. But, their role was continued in Malaga
till 1057, where they returned to Malela in the north
of Morocco, in 1064A.D. their role in El-Magrab was
finished also. Some of the Idrissian Family came to
Egypt in 1216A.D. as hoursers to participate in the
war of Muslims against Tatar (Holako). After the winning
of Muslims in Ain-Gallot Battle against Tatar, and cancelled
them from the North of the Arabian Peninsula. The grand
father of SHALTOUT from the Idrissian Family, remained
in Egypt. SHALTOUT borned since 300 years from the presents
in Bhera (The western part on the Nile Delta) and his
original name is: Sidi Abd-Elkader El-Sharif (one of
the grand sons of the prophet Mohammed). For any map
of Egypt of scale one to million, any one can see SHALTOUT
flage (Allem) in the western edge of the Nile delta,
and in the South of Alexandria by about 70km where,
this was the campus of SHALTOUT during his war and revolution
against the Turkish occupation for Egypt. This desert
area is the origion of all SHALTOUT family in Egypt,
but they spread now, in all of Egypt from Alexandria
to Aswan as the largest family in Egypt in quantity
and quality. The total blood of SHALTOUT (Arabian +
Barber + Andalusian + Egyptian). SHALTOUT is the thirteen
grand father of Mosalam.

(2) The National
Research Institute of Astronomy and Geophysics
NRIAG,
Egypt (1988).

(3)The Arab Radio and Television ART,
Saudi Arabia (2000).

(4)The Jourdian Astronomical Society
(2000).

(5)The Scientific Club of Kuwait (2000).

(6)Al-Gazera TV Space Channel,
Qatar (2003).

Scientific Referee and Nominator :

1.
Key referee and member of the Editorial Advisory
Board of the International Journal “Renewable
Energy” the official Journal of WREN (The
World Renewable Energy Network), U.K.

2.
Referee for the International Journal of Hydrogen
Energy, the official Journal of the International
Association for Hydrogen Energy ( IAHE), USA.

3. Referee
for the International Journal of Solar Energy
Education, the official Journal of the International
Association for Solar Energy Education (IASEE),
Sweden.

4. Referee
for papers published in the International Journal
“Advances in Space Research”, of the
Committee on Space Research (COSPAR), France.

5. Nominator
for Candidates for the annual Blue Planet Prize,
as defined by the Asahi Glass Foundation, nominator
is one of the people who have down started a deep
understanding of today’s environmental concerns
and who believe in the importance of International
Cooperation in the search for Solutions (The prize
is 50 Million Yn ) Japan .

6.
Referee for many of scientific Journals in Egypt
and the Arab World.

7.
Referee
for M.Sc. and Ph.D. Thesis awarded from Egyptian
and Arabian Universities.

8.
Referee
for the Scientific production for the degrees
(Assistant professor, Associate professor, and
Full Professor) for Egyptian and Arabian Scientific
Staff.

9. Referee for the Scientific production for the degrees (Assistant professor, Associate professor, and Full Professor) for Egyptian and Arabian Scientific Staff in Universities and Research Centers

International Union of Radio Science URSI (Egypt representative and official member of Commission J-Radio Astronomy)

Associate Member of Committee on Space Research COSPAR. Official member of scientific Commissions A, D, and E.

Commissions A on space studies of the earth's surface, Meteorology and Climate.
Commissions D on space plasma in the solar system, including planetary Magnetosphere.
Commissions F on Research in Astrophysics from space.

Deputy coordinator for North Africa of the Working Group on Space Science in Africa (WGSSA) from 1966 till now. (South Africa).

Coordinator for Africa and the Middle East for the World Institute of Space Environment Research (WISER) from February 2005 till now. (Sao Jouse, Brazil).

Member of the Society of Europe for Astronomy in Culture ( SEAC ). Spain

Member of the Arab Union for Archaeologists, Egypt.

Member of the Egypt Exploration Society, U.K.

Honor member for the society of the History of Cosmical physics and Geophysics, Germany.

Membership of National and Societies
and committees:

Technical Committee for the Supreme Council of Scientific Research of Egypt. (1994-1996).

The National Specialized Council of Space Research (Strategic Branch, and Space Technology Branch) (1998 – 2000).

8- Chairman of the International Advisory
Committee of the International Symposium on Applications
of Solar and Renewable Energy, ASRE '92, April 19 -
22, 1992, Cairo - Egypt, and the General Secretary of
ASRE'92.

9- Member of the International Steering
Committee of the Second World Renewable Energy Congress,
13 - 18 September 1992, Reading – United Kingdom.

10- Member of the International Organizing
Committee of ISES 1993 Solar World Congress, August
23-27, 1993, Budapest-Hungary, and Chairman for three
Technical Sessions on Photovoltaic.

11- Member of the International Steering
Committee of the Third World Congress on Renewable Energy,
11-16 September 1994, Reading, United Kingdom, and Chairman
for The Plenary Session on "Major Programs".

12- Member of International Committee
of Cairo Fourth Conference on Energy, Development and
Environment, 24-27 October, 1994, and Chairman for Technical
Session.

13- Chairman of the Scientific Committee
of the Combined Conference of 4th Conference on Applications
of Solar and Renewable Energy, with the 2nd Conference
on Solar Electricity.
(Photovoltaic and wind), 14-18 April, 1996, Cairo -
Egypt, and Chairman of Technical Session.

14- Member of the International Steering
Committee of the Fourth World Congress on Renewable
Energy, Denver - Colorado, USA, 15-21 June 1996, and
Chairman of two Technical Sessions.

15- Member of the International Committee
of Cairo Fifth International Conference on Energy and
Environment, 3-6 June
1996, Cairo - Egypt.

16- Chairman and Co-chairman for Plenary
Sessions in seven International Conferences and Symposiums.

17- Member of the International steering
Committee of the Fifth world Renewable Energy Congress,
Florence Italy, 20-25
September 1998.

18- Member of the International Advisory
Committee of the Sixth Arab International Solar Energy
Conference, Muscat-
Sultanate of Oman, March 29-April 1st, 1998. (Also,
invited speaker and chairman for session).

19-Member of the international steering
committee of the world renewable energy congress VIII,
28 August – 3 September
2004, Denver, Colorado . U.S.A

20- Member of the international organizing
committee of the IAU / Cospar workshop on x-ray astronomy,
28 June – 15
July 2004 durbun , south Africa
21- Member of the International steering committee
of the World Renewable Energy Congress VII, 29 June
– 5 July 2002,
Cologne, Germany.

22- Referee for papers published in
the International Journal of WREN "Renewable Energy",
and member of its Editorial
Advisory Board (U.K).

23- Referee for papers published in
the International Journal "Hydrogen Energy",
of the International Association for Hydrogen
Energy (IAHE), USA.

24- Referee for papers published in
the International Journal "Progress in the Solar
Energy Education", of the International Association
for Solar Energy Education (IASEE), Sweden.

-
Thirty five articles lectures in Arabic, published in the Egyptian Cultural Scientific Monthly Magazine "EI-Alem" (Science) as a defense about the solar and renewable energies as alternative, clean and safe energies for the future. Also, thirty five articles published in the same magazine about Space Science, Technology and Astroarchology. "El-Alem" is the "Scientific Arabian", more than 50,000 copies distributed monthly in 20 Arab countries.
Most of these articles are published in parallel in other Arabian Journals as:
1. Science and Technology: Cultural Scientific monthly magazine published by Kuwait Institute of Scientific Research (Kuwait).
2. Almajarra (Galaxy) : Cultural Scientific Monthly Magazine published by Kuwait Science Club (Kuwait).
3. Scientific signs of Qur’an and Sunnah: Quarterly magazine published by Muslim World League, Makkah Al-Mukarraamah (Saudi Arabia).
4. Arab Aviation Review: An Air Transport and Aerospace Quarterly Magazine (Saudi Arabia).
5. Arab Journal of Science: A Scientific Periodical Issued Twice a Year, published by Arab League Educational Cultural and Scientific Organization (ALECSO). (Tunis) .
Also, most of these cultural scientific articles are published in the daily News Journals in Egypt and in the Arabian Gulf Countries.
Also, meetings about these scientific articles are carried out in the Egyptian and Arabian Gulf Countries TV and Radio, BBC, Mont Carlo and Paris Radio (Arab Section). Some of these articles are translated to English and French by Middle East Express, French Express, and American Express and distributed over the entire world, and on the Internet. Also, some of these articles are translated to German, Spanish, and Russian on web sites.

Highlight of the Outstanding Publications:

Egypt Solar Radiation AtlasMost of the Egyptian lands receive
considerable annual amounts of radiation which, therefore,
becomes very important as an energy source for the country.
It is, therefore, evident that a complete study of the
solar energy income with the help of measurements would
be great interest. To meet the challenges of users of
solar energy such as scientists and engineers, information
will present in a simple and convenient form which makes
it accessible to everyone.

The first attempt to produce “Egyptian Solar Radiation
Atlas” was carried out in 1981 by Mosalam Shaltout,
under the title "Solar Energy Input to Egypt",
as a special publication of NRIAG, Academy of Scientific
Research and Technology, Cairo - Egypt.

It contained 77 information tables for 77 sites in Egypt,
and 7 maps showed the distribution of the different components
of solar radiation over Egypt. The theory of the Atlas
was published under the title "Estimation of the
different components of the solar radiation over Egypt
from the meteorological data" by Mosalam Shaltout,
in the International Journal "Solar-Wind Technology"
Vol.1, No.3, pp.175 - 185, 1985.

It would be highly desirable that the first attempt of
the Solar Radiation Atlas (Solar Energy Input to Egypt)
will be updating for the last ten years (1980-1990), taking
into account more recent and more accurate new data. For
these reasons, it is suggested that, a new "Egyptian
Solar Radiation Atlas" must be carried out.
The Atlas was developed by Mosalam Shaltout under contract
to IDEA Inc. as part of the Renewable Energy Field Testing
Project initiated and managed by the New and Renewable
Energy Authority (NREA), and the U.S. Agency for International
Development (USAID) Cairo, Egypt. This Egyptian Solar
Radiation Atlas deals with (11 elements):
- Actual sunshine duration
- Relative sunshine duration
- Global radiation on horizontal surface
- Relative global radiation on the horizontal surface
- Diffuse solar radiation.
- Diffuse fraction of solar radiation
- Direct normal incidence solar radiation
- Solar energy density on south facing flat plate tilted
by the latitude angle ? of the site.
- Solar energy density on full tracking system
- Solar energy density on N-S polar axis and E-W tracking
- Solar energy density on E-W horizontal axis and N-S
tracking

Also, the
daily, monthly and yearly variability of solar energy
over Egypt are discussed and tabulated.
The Atlas includes 144 maps, i.e. 12 monthly maps plus
one coloured map for the annual average for each element
of the above 11 mentioned elements.
Also, it includes 11 tables for the solar variability,
and 13 tables for climatological data.
The maps and tables are derived from data collected over
Egypt at:

The Atlas has been printed in
Cairo at February 1991, and distributed to all the Egyptian
Universities and Research Centers, and some copies were
sent abroad.

Typical Solar Radiation Year For Egypt :

In recent years, the evaluation of the efficiency of the performance of solar energy units is not done by using long-term averages of weather data as input but preferably by using data sets representative of the site that are generated for this purpose. The typical solar radiation year is used as input for computer calculations- simulations- mainly of solar energy system, and building energy consumption, energy conservation, indoor climate and comfort.

The typical solar radiation year (TSRY) for Egypt generated by using daily data of global solar radiation obtained by measurements at ten stations for long periods. Also, the hourly values of the different components of solar radiation (direct, diffuse, and global) over that ten stations estimated for the typical day (mid-day) of each month, by applying empirical models and using the standard meteorological data for each station.

The typical solar radiation year for Egypt has been produced as part of the Renewable Energy Field Testing Project initiated and managed by the New and Renewable Energy Authority (NREA) Cairo – Egypt, and the U.S. Agency for International Development (USAID) in Cairo – Egypt in 1991.

Long-term Prediction for the Nile
Flood:

Among the major problems confronting
humanity as we enter the first decade of the 21th century.
That of climatic fluctuations looms ever larger. A series
of events has moved climatic studies into the forefront
of human affairs. As a result of these developments,
the long-term prediction for the Nile flood is very
interested. Many authors have suggested that a large
portion of climatic change arises from variations in
solar constant and activity. As a contribution in this
interested field of study, Mosalam Shaltout carried
out two researches under the titles:Variations of the solar activity and irradiance, and
their influence on the
flooding of the River Nile.

Correlation analysis between the sunspots and the Nile flood.
The two papers are published in Mausam Vol.41, Part 3 and 4, 1990. Mausam is the quarterly journal of the Meteorological Department of India.
Also, an invited paper “The ancient Egyptian civilization: Maximum and minimum in coincidence with solar activity”. IAGA and IASPEI joint scientific assembly 2001, section G 6.01, Hanoi, Vietnam , 19-31 August 2001.

Correlation analysis between
the sunspots and the Nile flood.
The two papers are published in Mausam Vol.41, Part
3 and 4, 1990. Mausam is the quarterly journal of the
Meteorological Department of India.
Also, an invited paper “The ancient Egyptian civilization
: Maximum and minimum in coincidence with solar activity”.
IAGA and IASPEI joint scientific assembly 2001, section
G 6.01, Hanoi, Vietnam , 19-31 August 2001.

Solar Radiation and Air Pollution
in Cairo:

Cairo is one of the highest air
polluted cities on the earth due to traffic block at
the centre, and the heavy industry surrounding the city.
A research was carried out for Mosalam Shaltout about
the calculation of the average link turbidity factor
for the four zones of Cairo (northern, southern, eastern,
and western zones). The chemical measurements for the
pollutants and dust in the different zones of Cairo
supported our results.
A series of papers about solar radiation and air pollution
was published in The List (A) of publications.

The Environmental Factors Affecting the Performance of Photovoltaic
Systems
A series of papers was published for Mosalam Shaltout
about the environmental factors affecting the performance
of the solar cells and panels in the hot desert climate,
as in the list (A) of publications.
Also, Mosalam Shaltout stressed the need of photovoltaic
water pumping; it seems that huge underground water
reservoirs exist in very remote regions of south - west
Egypt “Eastern Owienat”. The water table
is pretty high, and only limited amount of energy is
needed in order to make the "desert blossom".
A series of papers about the photovoltaic water pumping
for desert development were published as in the list
(A) of publications.

Suggested International Projects by Mosalm Shaltout:

Solar Hydrogen Project At Nasser Lake In The South Of EgyptNasser Lake in the South of Egypt is the second worlds largest man-made lakes of length 500 km , and mean width about 6 km. It contains about 140 billion cubic meter from fresh and renewable water of salinity from 150 to 200 ppm.
The western coast of the Lake is empty flat desert and the nominal annual insulation is more than 2500 kWh / m2. This fact puts the lake in certain classification criteria, on top among the most suitable areas world - wide for solar Hydrogen production.
The objective of the suggested project is the design, installation and safe experimental operation of directly coupled 350 kW concentrated photovolatic-advanced electrolysis system with compressed Hydrogen storage. The plant can be installed in the South of Aswan in Sahara Area near the High Dam at 20 km from Aswan Center on the western coast of Nasser Lake . This plant will be pilot project, and can be extended to become large project for submitting Egypt and Europe by Hydrogen as renewable clean, safe energy for the 21st century.
The module support structure is designed for the proposed site. A rough estimation to the cost of power plant is made. The cooperation of international interested institutions is explored please, see list of publication (A).

Radio Telescope at Abu-Simbel Building a radio telescope at Abu – Simbel in the south of Egypt as part of the European VLBI Network (EVN) is very important to cover the gab between the radio telescopes in Western Europe and the radio telescope at Harteboesthoek in South Africa. The telescope can be used for solar and stellar observations at wavelength ranging between centimeters and millimeters, and for geodetic VLBI studies. The suggested diameter 32 meter of the telescope and it is expected to work in the frequency rage from 1.4 to 43 GHZ. Abu Simbel characterised by excellent atmospheric transparency, dry climate, and low population without any artificial interference. The cooperation of international interested institutions is being explored, where the telescope will have a diameter of 32 meters. Three papers about that were listed in list of publication (B).

Testing Instruments of Exploration of Planet Mars The instruments for Mars Rovers to be launched in the time period 2003-2005 can be tested in the Western Desert of Egypt. It is the driest Sahara in the world, and contains a variety of rocks and soil deposited by catastrophic floods early in the history as that occurred in the past history of Mars. Beside, dust storms for 50 scattered days during the year “El-Kamassen” similar to the dust storms in Mars. The instruments to be tested in different sites of the Western desert chosen by their analog with martian desert–like conditions, and contain subsurface water at different depths. The instruments are electromagnetic sounder, magnetic coil, infrared spectrometer, radiometer, coordination and GPS Navigation. The cooperation of international interested institution as NASA, ESA, The Planetary Society (TPS), and Others is being explored. Four papers about that were listed in list B.

National project of Archaeoastronmy for the ancient Egyptian monumentsWe can mention that in the 27 issues of the former archaeoastronomy supplement of this Journal, published between 1979 and 2002, only two papers dealt with astronomical alignments of Egyptian monuments and both related to the pyramids, one appearing in 1984 and the other in 2001. This was how things stood at the beginning of the present century, when we decided this situation ought to be certified. To achieve this, Mosalam Shaltout collaborated with Dr. Juan Antonio Belmonte from Institute to de Astrofisica de Canarias (Spain) to plan a project with the main objective of putting the study of ancient Egyptian astronomy on the footing is deserves in the context of present - day Egyptology. An Egyptian - Spanish Mission by the Leading of Mosalam Shaltout has been created under the auspices of the Egyptian Supereme Council of Antiquities, with the aim of measuring the orientation across Egypt, within a reasonable period of time ( Four Years 2003 - 2006 ). Our purpose is to obtain fieldwork data in a quantity sufficient to prove (or disprove), through statistical studies, all the speculation concerning temple orientation from both the top a graphical and astronomical point of view (see list of publication C).

12- Studding The Air Pollutants in
Helwan Industrial Area (El-Tabbin) and Its Relation
with Solar Radiation and Meteorological Factors, M.
Sc. Thesis by E.M.E. Ebied, Cairo University , Faculty
of Science , Physics Department. (awardcd in June 1996)

23- Study the effect of atmospheric
pollution on attenuation of the different compounds
of solar radiation over Egypt by using harmonic analysis,
M. Sc, by Abdalla A. Mohamed, Menofia University, Faculty
of Science, Physics Department (awarded in 2000).

27- solar radiation and its interaction
with the atmosphere and the different applications over
Egypt , Ph.D. , by ahmed youssef el-sayad Mohamed ,
physics department , faculty of science , monufiya university

28-Solar Radiation And Its Interaction With
The Atmosphere And The Different Applications Over Egypt
, Ph.D. , By Ahmed Youssef El-sayad Mohamed , Physics
Department , Faculty of Science , Monufiya University, (Awarded in 2004)

29- Studying the Solar Flares and CME's during the 23 rd Solar cycle and their effect on the Ionosphere, Ph.D, by M.Y. Omer, Al-Azahr University, faculty of science, Astronomy Department and Meteorology, (Awarded in June 2008).

There are 190 papers were published for Mosalam Shaltout. 86 papers are in the field of Solar Energy and Environment, as in list (A). 76 papers are in the field of Space Science and Technology, as in list (B), and, 28 papers are in the field of Archoaeastronomy and The History of Astronomy as in list (C).
The Total production is 186 scientific papers after M.SC. and Ph.D. Thesis.

I Certify that, all the above data are true

Signature : Mosalam Sahaltout Date
: 1 Feb.2008

List A

PUBLISHED
PAPERSfor Prof. Dr. M.A.
Mosalam Shaltout

(Solar Energy and Environment)

A 1. Estimation of
the different components of the solar
radiation over Egypt from the meteorological data;
Sola
r Wind Technology Vol.1, No 3, pp. 176-185, 1985.
M.A. Mosalam Shaltout.

A 5. Availability of solar energy
with different tracking modes in the western
Oases of Egypt, Advances in Desert and Arid Land Technology
and
Development, Vol.5, pp 289-306, Edited by Adli Bishay
and Harold Dregene, Harward Academic Publishers, New
York, 1991.
M.A. Mosalam Shaltout.

A 6. Solar net
radiation over water in a class "A"
evaporation pan at Giza, estimated on the base
of its close relationship with global radiation;
Solar Energy Vol.41, No.3, pp. 247-253, 1988.
M.H. Omar and M.A. Mosalam Shaltout.

A 7. Solar net radiation over
a bare wet field at Giza, Estimated on the base
of its close relationship with global radiation;
Solar Wind Technology Vol.5, No.2, pp.l35-189,
1988.
M.H. Omar and M.A. Mosalam Shaltout.

A 10. Solar radiation and
air pollution in Cairo; Proceedings of the Third
International Arab Conference of Solar Energy;
Baghdad-Iraq, Feb 21-24, 1988, pp.l.53- 1.85,
Edited by N.I. Al-Hamadani and others.
M.A. Mosalam Shaltout.

A 12. Solar energy potential
to Owienat from measured data; Proceedings of
the Second Cairo International Symposium on new
and renewable energy; Cairo 13-16 June 1988. Edited
by A. EI-Sharkawy.
M.A. Mosalam Shaltout and A.H. Hassan.

A 18. Availability of the solar
iso-radiation map of the Arab region from Meteosat
cloudiness data; Proceedings of the third International
Conference on "Applied Optics in Solar Energy",
2-6 October 1989, Praha-Czechoslovaki, pp. 280
- 291.
M.A. Mosalam Shaltout and A.H. Hassan.

A 22. Optimum utilization of crystal
and amorphous silicon solar cells for electrical power
generation at Cairo, The Annual meeting of the German
Section of ISES, Frankfurt, Germany, October 1990.
M.A. Mosalam Shaltout and A.H. Hassan.

A 26. Photovoltaic Water Pumping at
Wadi El-Natrun in the Western Desert of Egypt. International
Workshop on Solar Cell and Photovoltaic systems, Tripoli,
Libya. 15-20 June, 1991.
M.A. Mosalam Shaltout and Reda Botros.

A 57. Measurements of the response
curve of amorphous and mono-si in the out door condition
at Helwan, Egypt. 2nd International Conference on Solar
Electricity Photovoltaic and Wind, 14-18 April, 1996,
Cairo - Egypt.
M.A. Mosalam Shaltout, M.M. Ghoneim, and A.H. Hassan.

A 58. Atmospheric Turbidity Parameters
in the high polluted site of Egypt, Proceedings of the
Fifth International Conference on Energy and Environment,
Cairo, Egypt, 3-6 June 1996, Vol 2 pp.659-675.
M.A. Mosalam Shaltout, and U. A Rahoma.

A 59. Solar irradiation at Helwan
in relation with climatic conditions, COMPLES' 96 International
Workshop on Solar Energy and Environment, Agadir, Morocco,
4-5 July 1996.
M.A. Mosalam Shaltout, and U. A Rahoma.

A 60. Solar Hydrogen production by
photovoltaic near Cairo - Egypt from theoretical and
experimental point of view, Proceedings of the 11th
World Hydrogen Energy Conference, 23-28 June 1996, Hydrogen'
96, Stuttgart, Germany. Vol.1, pp.709-721.
M. A. Mosalam Shaltout, and H.K. Elminir.

A 70. Measurements of Suspended particles,
and Aerosols in Atmosphere of Helwan, Proceedings of
the Sixth Cairo International Conference on Energy and
Environment, Vol.2, pp.567-578, May 1998.
M.A. Mosalam Shaltout, A.H. Hassan, and U. A Rahoma.

A 83. Study of spectral global solar
Radiation during the partial solar eclipse of 11 August
1999 at Helwan – Egypt, Second World Conference
on Technology Advances for Sustainable Development,
11-14 February, 2002, Cairo – Egypt. (accepted
for presentation).

U. A. Rahoma, M. A. Mosalam Shaltout, and A.H. Hassan
.

A 84. The depression of different
solar radiation component during the solar eclipse 11
August 1999 in Egypt, Second World Conference on Technology
Advances for Sustainable Development, 11-14 February,
2002, Cairo- Egypt. (accepted for presentation).

A. H. Hassan, , M. A. Mosalam Shaltout, and U.A. Rahoma

A 85. The depression of different solar radiation component during the solar eclipse 11 August 1999 in Egypt, Second World Conference on Technology Advances for Sustainable Development, 11-14 February, 2002, Cairo- Egypt.
(accepted for presentation). Published in the Journal of the Astronomical Society of Egypt, Vol. 12/I, PP. 70-81, (2004).
A. H. Hassan, , M. A. Mosalam Shaltout, and U.A. Rahoma

B 25. Variability of the solar constant
measured at Earth's surface and by artificial satellite
Nimbus-7, Proceedings of the International Conference
on Applications of Time Series Analysis in Astronomy
and Meteorology, University of Padoua, Italy 6-10 September
1993, pp.383-386.
M. A. Mosalam Shaltout.

B 34. The great solar microwave burst
associated with the high energetic solar proton flares
of 22 March 1991, XXV the General Assembly of Radio
Science (URSI), Lille, France, 28 August – September’
1996.
M.A. Mosalam Shaltout.

B 61 : Space Research Activity in
Egypt: Past, Present, and Future. The Second African
Summit for Sciences and Technologies, from 19 to 21
March 2002, Nouakchott University, Nouakchott, Mauritania.

M. A. Mosalam Shaltout.

B62 : History of the Astronomical
observatories in Egypt in the last 200 years, the Astronomical
meeting of the Gulf Observatory, 16-18 April 2002, Kuwait.
Scientific Club, Kuwait.

M. A. Mosalam Shaltout.

B63 : Scenario for the Gulf Observatory,
the Astronomical Meeting for the Gulf Observatory ,
16-18 April 2002, Kuwait.

M. A. Mosalam Shaltout.

B 64 : 32 meter Radio Telescopes in
the Arabian Region, The Proceedings of the 6th Symposium
of the European VLBI Network (EVN), 25-28 June 2002,
Bonn, Germany. PP. 17-18, Edited by Eduardo Ros and
et al.

M. A. Mosalam Shaltout.

B 65. : The effects of solar activity
on the global solar radiation measured at Khargha Oasis
in the Western Desert of Egypt, 27th General Assembly
of the European Geophysical Society, April 2002, Nice
– France.

C3. The ancient Egyptian civilization between lies and reality , published on three parts in Alelm in Arabic:

Part I, Vol. 262, PP. 24 – 27, July 1998.
Part II, Vol. 263, PP. 24 – 27, August 1998.
Part III, Vol. 264, PP. 16 – 19, September 1998.
The three parts are translated to English and available on the wep site: www.m-Shaltout.com under the same title.

C7. The searching about the ancient mathematics and Astronomy in the Mediterranean ancient civilizations, Alelm Vol. 307, PP. 48-51, April 2002, Part I. (in Arabic).

C8. The searching about the ancient mathematics and astronomy in the Mediterranean ancient civilizations, Alelem Vol. 308, May 2002. Part II. (in Arabic).

C9. The Helical rising of Sirius and the ancient Egyptian Calender Mathematical and observational study in the view of modern Astronomy, Proceedings of Alexandria: The city of Civilizations Conference, September 25-27, 2003, Alexandria, Egypt (in Arabic) PP. 477-502, (2003).

M.A. Mosalam Shaltout and Magdy Fekry.

C10. The Heliacal rising of Sirius and the start of the Nile flooding, (in Arabic), published in "Giornale di Astronomia - anno VI, (2003), No 4, Italy; under the title of (Sirius e la stragione dell' inondazione del Fiume Nilo).

C15. The Astronomical Ceiling of Senenmut: a Dream of Mystery and Imagination; in Light and Shadows in cultural astronomy, Proceedings of the SEAC 13 The meeting edited by M. Zadd and J. A. Belmonte, Cagliari, (2005). In the Press.
Juan Antonio Belmonte and M.A. Mosalam Shaltout.

C16. On the orientation of ancient Egyptian Temples: (2) new experiments at the Oases of the Western Desert; Journal for the History of Astronomy JHA Vol. 37, PP. 173-192, (2006).
Juan Antonio Belmonte and M.A. Mosalam Shaltout.

C19. The estimation of the Nile flooding from the profile of the soil coast of Qarun lake, the third conference of Fayim University on Archaeology, April 2004. M.A. Mosalam Shaltout and M. Azazi.

C20. The Astronomical observatories in the ancient Egypt; The third conference of Fayium University on Archaeology, April 2004. Fayium, Egypt.

M.A. Mosalam Shaltout and Magdy Fekry.

C21. The Astronomical observatories in the Fattemic Islamic Cairo (Medieval age); the third conference of Fayium University on Archaeology, Egypt, April 2004.
M.A. Mosalam Shaltout and Mahmoud Abdulla.
C22. Mahmoud Basha El-Falky: The Founder of Astronomy and Geophysics Research in Egypt in the 19th Century; Alelem (2005). (In Arabic).

C23. The static cosmis in the thinking of the Medieval age and the supernova of Ali Ibn Radwan (30 April 1006 A.D.); Alelem (2007). (In Arabic).
M. A. Mosalam SHALTOUT